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Engineering the interfacial electron interaction of Co3O4/CeO2heterostructure for robust CO-SCR in oxygen-rich conditions.Applied Catalysis A, General, 721 (2026) 120996. [6] Sirun Liu, Jiefei Li, Yan Cheng, Yongjun Liu*. Spatial decoupling and electronic synergy in a core–shell CuVOx@TiO2catalyst for cooperative CO and NOx elimination.Fuel, 424 (2026) 139314. [7] Weiwei Luo, Jianbei Zhang, Jiefei Li, and Yongjun Liu*. Mechanism of Copper Vanadate Catalysts for Promoting CO Catalytic Oxidation Activity and SO2Tolerance.Ind. Eng. Chem. Res. 64 (2025) 3196. [8] Xiaoli Liu, Zejiang Zhou, Jianbei Zhang, Jianjun Li, and Yongjun Liu*. Dynamic Tuning of Oxygen Vacancies in Mn-Ce Catalysts via the Electron Complementary Effect for Enhanced Reduction of NO by CO.ACS Appl. Mater. Interfaces 17 (2025) 60387. [9] Jiefei Li, Jianbei Zhang, Yahui Zhou, Weiwei Luo, Xiaoli Liu, Sirun Liu, Zhihan Zhou, Yongjun Liu*. A comprehensive review of reduction technologies for tetrafluoromethane (CF4): Progress, challenges and future directions.Separation and Puriϧcation Technology, 362(2025) 131827. [10] Jianbei Zhang, Luyue Zhang, Yan Cheng,Yongjun Liu*,Construction of oxygen vacancies in δ-MnO2for promoting low-temperature toluene oxidation,Fuel,332 (2023) 126104. [11] Luyue Zhang,Yongjun Liu*, Xue Fang, Yan Cheng*,Regulating Oxygen Species for Promoted Deep Oxidation of Toluene: A Comparative Study of Adsorbed Oxygen and Lattice Oxygen,Fuel,321 (2022) 124116. [12] Xue Fang, Yongjun Liu*, Lingzhu Chen, Yan Cheng, Influence of surface active groups on SO2resistance of birnessite for low-temperature NH3-SCR,Chemical Engineering Journal,399 (2020) 125798. [13] Xue Fang, Yongjun Liu*, Wanglai Cen, Yan Cheng, Birnessite as a Highly Efficient Catalyst for Low-Temperature NH3-SCR: The Vital Role of Surface Oxygen Vacancies,Ind. Eng. Chem. Res.,59 (2020) 14606. 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[18] Yong-Jun Liu, Yan Cheng, Tomonori Ohba, Katsumi Kaneko, Hirofumi Kanoh, Hydrogen Absorption Enhancement of Nanocrystalline Li3N/Li2C2Composite,International Journal of Hydrogen Energy, 36(2011) 12902. [19] Yong-Jun Liu, Zheng-Ming Wang, Mami Aizawa, Wen-Qin Peng, Takahiro Hirotsu, Nanoporous Composite of Carbon Nanosheets and Functional Titania Nanoparticles Formed by Reassembling of Exfoliated Graphite Oxides with Colloidal Titania,Materials Letters, 63 (2009) 260. [20] Yong-Jun Liu, Mami Aizawa, Zheng-Ming Wang, Hiroaki Hatori, Naofumi Uekawa, Hirofumi Kanoh, Comparative Examination of Titania Nanocrystals Synthesized by Peroxo Titanic Acid Approach from Different Precursors,Journal of Colloid and Interface Science, 322 (2008) 497. 【专利与标准】 [1] 中国国家标准,含硫废气碳基催化脱硫方法,GB/T 47594-2026,第一起草人,2026.05.25 [2] 中国硫酸工业协会团体标准,催化法烟气脱硫硫酸,T/CSAIA 001-2021, 第一起草人,2021.03.04 [3] 中国化工行业标准,硝酸行业氧化亚氮减排技术规范, HG/T 6348-2026,起草人,2026.02.13 [4] 四川省地方标准,成都市锅炉大气污染物排放标准,DB51/2672-2020,起草人,2020.03.04 [5] 中国硫酸工业协会团体标准,硫酸尾气催化法脱硫工程技术规范,T/CSAIA 006-2023, 起草人,2023.11.01 [6] 中国发明专利,镧掺杂的铜锰复合氧化物催化剂及其制备方法,ZL201811466652.9,第一发明人,2022.03.29 [7] 中国发明专利,用于催化燃烧挥发性有机物的非贵金属催化剂及制备方法, ZL202210644265.0,第一发明人,2021.11.15 [8] 中国发明专利,脱硫催化剂的再生方法以及应用它的硫铵制备方法、设备,ZL201811291383.7,第一发明人,2021.08.06 [9] 中国发明专利,钛氧化物柱撑层状氧化锰催化剂及其制备方法和应用, ZL201711033457.2,已转化,第一发明人,2020.05.05 [10] 中国发明专利,铜氧化物柱撑层状氧化锰催化剂及其制备方法及应用,ZL201710561902.6,第一发明人,2020.08.07 [11] 中国发明专利,铁氧化物柱撑层状氧化锰催化剂及其制备方法、应用,ZL201710561899.8,已转化,第一发明人,2020.09.01 [12] 中国发明专利,低温催化氧化二氧化硫的炭基脱硫催化剂及其制备与应用,ZL201410289691,已转化,第一发明人,2016.03.01 [13] 中国发明专利,富氮多孔碳脱硫剂及其制备方法,ZL201310357689.9,已转化,第一发明人,2015.07.01 [14] 日本发明专利,焼成なし炭素ナノシート複合体の製造方法、並びに該方法により得られた複合体を用いた有機性汚染物質の除去方法及び除去剤,2009-57252,发明人 [15] 日本发明专利, 炭素ナノシート複合体の製造方法、並びに該方法により得られた複合体を用いた有機性汚染物質の除去方法及び除去剤, 2008-266039,发明人 【学术兼职】 [1] 中国动力工程学会环保专业委员会,副主任委员,2024.07-2029.06 [2] 四川省节能环保产业技术创新专家委员会,委员,2022-2026 【获奖与荣誉】 [1] 四川省科学技术进步奖一等奖,新型催化法烟气脱硫技术研发与应用,四川省人民政府,2015.7 [2] 四川省科学技术进步奖二等奖,工业炉窑烟气多污染物协同控制关键技术及应用,四川省人民政府,2025.8 [3] 四川省科学技术进步奖二等奖,软锰矿浆烟气脱硫及资源化,四川省人民政府,2008.12 [4] 四川省环境保护科学技术二等奖,软锰矿浆烟气脱硫及其资源化,四川省环境保护学会,2008.7 [5] 精品教材奖,大气污染控制工程,国家教育部,2007.11 |